Medical Imaging Technology

The Medical Imaging Technology category highlights the latest advancements and innovations in medical imaging. This section covers topics such as the development of new imaging techniques, improvements in diagnostic accuracy, and the integration of technologies like artificial intelligence and cloud-based solutions. Articles explore how these innovations are transforming the way healthcare professionals capture, analyze, and utilize imaging data to improve patient care and streamline medical workflows.

136 posts

DCM Files Explained: The Digital “Folder” Behind Every Medical Scan A DCM file is a DICOM medical imaging file that stores pixel data from a scan and patient and study metadata in a single standardized object. The DCM file format enables hospitals and clinics to transfer CT, MRI, X-ray, and... By Andrei Blaj Oct 11, 2025

VNA in Radiology: How Vendor-Neutral Archives Fit Into the Radiology Workflow A vendor-neutral archive (VNA) in radiology is the long-term storage layer that sits beneath the PACS, storing radiology imaging studies in vendor-independent DICOM format so the images outlive any single PACS contract. In a radiology department, the VNA solves three... By Andrei Blaj Oct 1, 2025

Multi-Modality Viewing in Personal Injury Lawsuits

Radiology Modalities: From X-ray to Interventional Every picture tells a story, but in medicine, the right picture can save a life. That’s the power of radiology, the science of seeing inside the body without a single incision. Radiology modalities are the different imaging techniques doctors use... By Andrei Blaj Oct 1, 2025

PACS System Radiology: Workflow, Benefits, and Challenges A PACS (Picture Archiving and Communication System) system in radiology is the digital backbone for medical imaging, securely storing, retrieving, managing, and distributing DICOM (Digital Imaging and Communications in Medicine) studies such as X-rays, CT, and MRI across radiology and... By Andrei Blaj Sep 30, 2025

DICOM Web Viewer: How Zero-Footprint Browser-Based Viewing Works A DICOM web viewer is a browser-based tool that opens, displays, and shares medical imaging studies (CT, MRI, X-ray, ultrasound, and other DICOM files) directly in a web browser, with no software installation required. Because it runs entirely in the... By Andrei Blaj Sep 16, 2025

How Large Language Models Transform Radiology Today Radiology has always been shaped by technology, from X-ray film to cloud PACS. And now, a new force is reshaping the field: large language models (LLMs). In simple terms, LLMs are advanced AI systems that understand and generate text. In... By Andrei Blaj Sep 11, 2025

5 Best Free Mobile DICOM Viewers: Usability, Options, and Ways to pick the right one Ever wished you could carry medical imaging right in your pocket? A mobile DICOM viewer enables this. Mobile DICOM viewer apps and cloud platforms let you open CT, MRI, ultrasound, and other medical images securely on your smartphone or tablet... By Andrei Blaj Sep 7, 2025

AI Radiology Workflow: How AI Fits Into Every Stage of Reading, Reporting, and Worklist Management The AI radiology workflow is the integration of machine learning models into the radiologist’s reading workflow — at the worklist, during image review, during measurement and segmentation, during report generation, and in the operational scaffolding around the reading task. AI... By Andrei Blaj Aug 30, 2025

How Pediatric Teleradiology Transforms Children’s Healthcare Every child deserves the right diagnosis at the right time. However, pediatric radiologists are scarce, leading to long waits or journeys for families seeking expert care. Pediatric teleradiology changes that story. Pediatric teleradiology connects hospitals and clinics with remote pediatric... By Andrei Blaj Aug 28, 2025

teleradiology pacs system for urgent care

Teleradiology PACS for Urgent Care Clinics — Cloud Imaging, Remote Reads, and 24/7 Coverage When patients walk into urgent care, they need answers fast. Yet imaging often becomes a bottleneck, especially when radiologists aren’t on site. That’s where technology changes the game. A teleradiology PACS system for urgent care enables clinics to capture, store,... By Andrei Blaj Aug 27, 2025

From Manual to AI: The Future of Cardiac MRI Segmentation What if a heart scan could reveal life-saving details in the time it takes to sip your coffee? That’s the promise of modern cardiac MRI segmentation. Cardiac MRI segmentation is the process of dividing scans into the left ventricle, right... By Andrei Blaj Aug 25, 2025

Voice‑Enabled Radiology: From Dictation to Contextual Command What if your radiology workstation could not only listen, but also understand? This is the promise of voice-enabled radiology. Voice-enabled radiology is the evolution from traditional dictation to AI-powered contextual commands. Instead of only transcribing words, modern systems understand intent.... By Andrei Blaj Aug 22, 2025